Carl Creative Systems CCS Packard 96 Channel Pipettor Head 310-530-1414
Same item available with different options / conditions
- Make Carl Creative Systems
- Hertz Does Not Apply
- Model CCS Packard 96 Channel Pipettor Head 310-530-1414
- Serial 3986
- Weight 10.0 Lb
- Voltage Does Not Apply
- Warranty AS-IS
- Dimensions 12.0in x 12.0in x 12.0in
- Shipping Type FedEx Ground
- Item Condition F (Fair)
- Manufacturing Date Does Not Apply
Product Information
The Carl Creative Systems CCS Packard 96 Channel Pipettor Head 310-530-1414 is a used, fully functional unit in very good condition, with minor visual cosmetic wear. This multi-channel pipettor is designed for high-throughput liquid handling in life science research, pharmaceutical laboratories, and clinical diagnostics. It offers precise and efficient dispensing of reagents, samples, and buffers across 96 wells in microtiter plates. The technology behind this pipettor has revolutionized the automation of large-scale experiments, improving efficiency, speed, and reproducibility in assay workflows.
Key Features- 96 channel pipettor
- High-throughput liquid handling
- Designed for microtiter plates
- Precise and efficient dispensing
- Channels: 96
- Condition: Used - Very good
- Make: Carl Creative Systems
- Model: CCS Packard 96 Channel Pipettor Head 310-530-1414
- Technology: Multi-channel liquid handling
- Applications: Life science research, pharmaceutical labs, clinical diagnostics
Metric: 4.5359 kg
Imperial: 10 lb
Metric: 30.48 cm x 30.48 cm x 30.48 cm
Imperial: 12 in x 12 in x 12 in
902790
Harmonized Code Details902790 - Other instruments and apparatus for physical or chemical analysis
Same item available with different options / conditions.
Testimonials
“REUZEit has been a great partner for our used equipment needs and always provide timely updates of new arrivals of consigned equipment.”
“Great company to work with. Tammy completed our first international equipment shipment with ease.”
“Fast response, open to adjusting schedule as needed, and great customer interaction.”